The
darker Afghanistan National Army Spec4ce™
Forest Camouflage was chosen
primarily due to its night-time effectiveness, however it stands out
during the day within lighter Arid regions of the country.

Cramer
discussed how a helicopter with "SMARTCAMO" could have a ground
matching pattern when on the ground but transition the camouflage to a neutral
aircraft gray color for flight or even a sky camouflage if need be.

Hyperstealth RADEP™ pattern 2008

(Vancouver,
B.C., December 1, 2010) Guy Cramer, President/CEO of Hyperstealth was asked
to make a presentation on Fractal camouflage at the International Camouflage
Symposium called "Camouflage takes Centre Stage" in Brussels in
October 2010. His
presentation was titled "Fractals in Camouflage and the Future of Adaptive
Materials for Mobile Concealment". At the end of the presentation, the
audience was provided a video glimpse of SMARTCAMO™
technology Cramer had developed which surprised even the camouflage experts in attendance who claimed this
was 5-10 years in advance of where military R&D programs were currently
at.

The video was of an actual camouflage
cloth around his arm, which could change colors between
Desert and Woodland and anything in-between, the colors also showed the
ability to become brighter than the desert colors for use in a late fall
climate or even snow. Cramer announced at the end of the presentation that
the video was to be released on the HyperStealth web site after the
conference.

Since that presentation he has been asked
not to release the video to the public at the request of the U.S. Military

The initial portion of Cramer's presentation
discussed how he had been the research assistant during the 1980's and
1990's for his Grandfather, Donald L. Hings,
P.Eng, M.B.E. (Member of British Empire), C.M. (Order of Canada).
Hings had invented the Walkie-Talkie prior to World War II and had 56 other
patents.

Cramer discussed how in 2003 he had pioneered
methods to create fractals (feedback loops) in camouflage, to date over
8,000 camouflage patterns had been copyright with this method. He
discussed the latest 4th
generation fractal camouflage which has been objectively tested to increase
the time to detect the target (where is it) by over 220 % and also increase
the time to identify the target (what is it) by 170 % over current digital
camouflage.

The second
part of Cramer's presentation was on
technology dealing with adaptive camouflage for mobile concealment. With a
focus on Nanotechnology, Cramer revealed how HyperStealth already had access
to inexpensive Nanoinks and Nanomaterials which were already being used in
the commercial market.

Smart (Interactive/Intelligent textiles) are
textiles embedded with some form of technology which can adjust to their
surroundings or user. Most research in this area is being done with
Nanotechnology or Metamaterials.

One large issue for ground forces is uniform
camouflage pattern coloration. In recent years many militaries have
attempted to use one "All-Terrain" coloration which may work fine in places
like Afghanistan but is to green and dark for Desert environments and to
light for Woodland/Jungle environments. Do you simply move back to the
traditional two or three uniform system; one for each environment? One
drawback for camouflage that is often overlooked is the diurnal
(Dawn/Day/Dusk/Night) issue. This was a primary reason for the Afghanistan
National Army (ANA) selecting a darker woodland fractal pattern as the
pattern tested very well in night operations where the majority of combat
was taking place. The country of Jordan also selected a darker
desert HyperStealth pattern in 2003 due to other desert camouflage colors literally "shining" at
night.

So even if a pattern coloration is optimized for
a particular environment it is unlikely to be as effective throughout the 24
hour day/night cycle.

Cramer's Hybrid approach showed how you could
combine new technologies with preexisting for a cost effective - yet quick applicable solution to the problem. Slight
modifications to the system will allow a mobile or moving camouflage for
uniforms.

While wide scale application of such an approach
could change the entire military textile industry for camouflage, it seems
that the U.S. may choose to keep this one to themselves for the time being with
the new potential to provide an adaptive camouflage uniform embedded with SMART Camouflage™ or "SMARTCAMO"™
to color match the uniform to almost any environment day or night.

The SMARTCAMO process can also be used for
vehicles, ships, aircraft and spacecraft.

Earlier this year Cramer announced that he had
developed "Quantum Stealth" a true cloaking technology for air,
sea
and land vehicles over the broad spectrum of visual and electronic detection
measures.

Part of the Quantum Stealth technology is based on Quantum Mechanics and the prototype
material has demonstrated the ability to actually cloak targets as visually
undetectable (invisible to the viewer).